The optimized design of bias flow liner is a key element for the development of low emission
combustion systems in modern gas turbines and aero-engines. The research of bias flow …

End corrections for open-ended cylindrical tubes are determined theoretically and
experimentally. For the zero and low frequencies, the wave equation is solved numerically …

Over the last two decades, several experimental and numerical studies have been
performed in order to investigate the acoustic behavior of different muffler materials …

Useful approximation formulae for radiation impedance are given for the reflection
coefficients of both infinitely flanged and unflanged rigid-walled cylindrical ducts. The …

In this study, methods for evaluating the noise attenuation performance of a muffler in a
muffler design problem are investigated, and a proper evaluation method is suggested for …

Infrasound measurements at open‐vent volcanoes are crucial parameters for monitoring
and exploring the explosive source dynamics. Volcano infrasound depicts the pressure …

We use Bayesian inference, accelerated by adjoint methods, to construct a quantitatively
accurate model of the thermoacoustic behaviour of a conical flame in a duct. We first perform …

The problem of evaluating the sensitivity of non-trivial boundary conditions to the onset of
azimuthal combustion instability is a longstanding challenge in the development process of …

Thermoacoustic instabilities prevent the implementation of modern combustion concepts in
gas turbines, which are essential for higher efficiency and lower emissions. Bias flow liners …

A numerical approach based on the three-dimensional boundary element method (BEM) is
developed to determine the acoustic length correction of closed cylindrical side-branched …